1,1,1

Lecture type	Total
Lectures	30
Laboratory exercises	15

* Load is given in academic hour (1 academic hour = 45 minutes)

This is an introductory course to Haskell, an advanced purely-functional programming language. Functional programming languages allow for the development of robust, concise programs in a short amount of time. The key advantages are higher-order functions as an abstraction mechanism, and an advanced type system for safety and reusability. The course starts by introducing basic functional programming concepts, quickly moves on to using Haskell for solving simple practical problems, and concludes with more complex applications such as parsing, databases, programming for the web, and building graphical user interfaces. The goal of the course is not just to teach the programming language, but to learn about the Haskell community and to get hands-on experience by developing a project using Haskell.

1. Learn You a Haskell for Great Good!: A Beginner's Guide; Miran Lipovača; No Starch Press; 2011; ISBN: 1593272839
2. Progamming in Haskell; Graham Hutton; Cambridge University Press; 2007; ISBN: 0521692695
3. Real World Haskell; Bryan O'Sullivan, Don Stewart, John Goerzen; O'Reilly Media; 2008; ISBN: 0596514980
4. Haskell: The Craft of Functional Programming; Simon Thompson; Addison Wesley; 1999; ISBN: 0201342758
5. The Haskell School of Expression: Learning Functional Programming through Multimedia; Paul Hudak; Cambridge University Press; 2000; ISBN: 0521644089

Vještine - dipl.studij - 1. semestar - profile Computer Engineering
Vještine - dipl.studij - 1. semestar - profile Computer Science
Vještine - dipl.studij - 1. semestar - profile Control Engineering and Automation
Vještine - dipl.studij - 1. semestar - profile Electrical Engineering Systems and Technologies
Vještine - dipl.studij - 1. semestar - profile Electrical Power Engineering
Vještine - dipl.studij - 1. semestar - profile Electronic and Computer Engineering
Vještine - dipl.studij - 1. semestar - profile Electronics
Vještine - dipl.studij - 1. semestar - profile Information Processing
Vještine - dipl.studij - 1. semestar - profile Radio Communication Technologies
Vještine - dipl.studij - 1. semestar - profile Software Engineering and Information Systems
Vještine - dipl.studij - 1. semestar - profile Telecommunications and Informatics

Vještine - dipl.studij - 3. semestar - profile Computer Engineering
Vještine - dipl.studij - 3. semestar - profile Computer Science
Vještine - 3. semestra - study Computing
Vještine - dipl.studij - 3. semestar - profile Control Engineering and Automation
Vještine - 3. semestra - study Electrical Engineering and Information Technology
Vještine - dipl.studij - 3. semestar - profile Electrical Engineering Systems and Technologies
Vještine - dipl.studij - 3. semestar - profile Electrical Power Engineering
Vještine - dipl.studij - 3. semestar - profile Electronic and Computer Engineering
Vještine - dipl.studij - 3. semestar - profile Electronics
Vještine - dipl.studij - 3. semestar - profile Information Processing
Vještine - dipl.studij - 3. semestar - profile Radio Communication Technologies
Vještine - dipl.studij - 3. semestar - profile Software Engineering and Information Systems
Vještine - dipl.studij - 3. semestar - profile Telecommunications and Informatics

Vještine - 5. semestra - module Computer Engineering
Vještine - 5. semestra - module Computer Science
Vještine - 5. semestra - module Control Engineering and Automation
Vještine - 5. semestra - module Electrical Power Engineering
Vještine - 5. semestra - module Electronic and Computer Engineering
Vještine - 5. semestra - module Electronics
Vještine - 5. semestra - module Information Processing and Multimedia Systems
Vještine - 5. semestra - module Software Engineering
Vještine - 5. semestra - module Telecommunications and Informatics
Vještine - 5. semestra - module Wireless Communications